@a202010: "<quote>
i'd be interested in some definitive evidence that 
orally supplemental ubiquinone (CoQ-10) actually ends up
in heart muscle or assorted tissue and doesn't just float
into the blood stream and get filtered into the liver
and then excreted.
ubiquinone is one of those things that your body synthesizes
for itself in the tissue and you don't really get it from diet,
like you don't get human growth hormone from dietary supplement,
it is produced in the cells, and this production decreases as you age.
ubiquinone does make its way into the blood plasma through 
oral supplementation, but, it's not entirely clear to me that
it, CoQ-10, actually gets in to the heart muscle tissue
through oral supplementation.
it probably would be nice if it did, i'm just not seeing
a definitive statement that it -does-.
it's a really important molecule
more fine tuning...
why?
well, because it's described as the -only- molecule/molecule type
that can carry out the functionality that it does.
it works in the elctron transport chain...
a brief blurb...
<url>
i'm warming to wicklepedia a bit, 
seeing as how it pops up so often;
<url>
which doesn't mean that some crap doesn't end up 
on wicklepedia, but, so what, that's probably 
going to happen anyway...
it's not like medline and pubmed and 
NIH is TOTALLY free of error...
==
<url>
Coenzyme Q10 (CoQ10) is produced by the human body and is necessary 
for the basic functioning of cells. CoQ10 levels are reported to 
decrease with age and to be low in patients with some chronic 
diseases such as heart conditions, muscular dystrophies, 
Parkinson's disease, cancer, diabetes, and HIV/AIDS. 
Some prescription drugs may also lower CoQ10 levels
Levels of CoQ10 in the body can be increased by taking CoQ10
supplements,
although it is not clear that replacing "low CoQ10" is beneficial. 
CoQ10 has been used, recommended, or studied for numerous conditions,
but remains controversial as a treatment in many areas. 
==
see, it's not clear to me that it actually gets 
into the heart muscle tissue by oral supplementation.
it can have an -effect- just because it
 is such a remarkable molecule...
but if it really did boost the levels in tissue...
you'd -think- that would be a good thing.
anyway, i'm guinea pigging myself for a while
i bought a bottle and am going to eat some.
apparently it can't kill you..."
    @a202010: "<quote>
bacteria play a crowd control game.
one strain tends to crowd the others down.
but as you kill off the one, the others then
can compete more sucessfully for the resources
of subsistence, and so, with these low levels
of poisonings, anti-biotics and such,
it can tend to leave behind some of the strains
that are not affected by it to compete for
resources and enrich -their- populations.
and then, you get a predominant strain/population
that drinks a particular anti-biotic for breakfast.
which is why sometimes, you can administer a variety
of anti-biotics all at once and keep jdavis@example.org.
so, you may have to develope as many anti-biotics
as their are resistant strains, and/but,
the bacterium will still always have an advantage."
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